RANCANGAN SIMULASI SISTEM PEMBANGKIT TENAGA SURYA ON GRID MENGGUNAKAN SOFTWARE PVSYST
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Faiq F.S.J.,, Muammar
Siregar, Masbah R.T.
Siregar, Masbah R.T.
Subject
Teknik Elektro
Datestamp
2019-10-29 03:28:16
Abstract :
Simulation using PVsyst is one of planning for PLTS gives an overview or designing PLTS significantly in order to get accurate results and maximum. The system used in this simulation is On-Grid systems are intended for reduction of the burden on that location. In the design using this searchable PVsyst feasibility PLTS worth or whether to be built by searching the Performance Ratio (PR). For this research was conducted at the location of the semi-housing, in Perumahan Guru, the area of Kotabumi, north Lampung . For the distribution of total household electricity for day which amounts to 35 houses and the total number of loads per day totaled 242 kWh/hari. Planning is intended to reduce the total load, then the design is done by 20 kWp PV modules with a total of 102 units empowered 205 Wp and Inverter 10 kWp power unit 2. So the total load can be cut on site construction of PLTS range 33%. Based on the results of the analysis of the comparison between calculation and manual PVsyst in can Performance Ratio to 85% whereas IE PVsyst on manual calculation in 83% can, and then to average energy per year in may on the calculation of Pvsysyt 30.23 MWh/year while on manual 29.55 MWh/year
Simulation using PVsyst is one of planning for PLTS gives an overview or designing PLTS significantly in order to get accurate results and maximum. The system used in this simulation is On-Grid systems are intended for reduction of the burden on that location. In the design using this searchable PVsyst feasibility PLTS worth or whether to be built by searching the Performance Ratio (PR). For this research was conducted at the location of the semi-housing, in Perumahan Guru, the area of Kotabumi, north Lampung . For the distribution of total household electricity for day which amounts to 35 houses and the total number of loads per day totaled 242 kWh/hari. Planning is intended to reduce the total load, then the design is done by 20 kWp PV modules with a total of 102 units empowered 205 Wp and Inverter 10 kWp power unit 2. So the total load can be cut on site construction of PLTS range 33%. Based on the results of the analysis of the comparison between calculation and manual PVsyst in can Performance Ratio to 85% whereas IE PVsyst on manual calculation in 83% can, and then to average energy per year in may on the calculation of Pvsysyt 30.23 MWh/year while on manual 29.55 MWh/year
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